Pinned Repositories
CaffeGeo
Caffe adapted for the HSN project
DDFM-method
Validation of DDFM method of Ivan Markovsky in the setup of temperature sensing
DigitalCommunication
The Course project to simulate IEEE802.1n
DSAP
DSAP Lab
fluent-python-notebooks
Jupyter notebooks and example code for the book Fluent Python
GeoCBIR-Siamese
Content Based Image Retrieval for remote sensing images - Using Siamese
HSNRS
Hourglass shape network for remote sensing imagery semantic segmentation
Lab_dspIC33
dspIC33 lab for uProcessor
proj_FDTD
Communication Channels FDTD project
Simulation_Modulation
Matlab Simulation for DVB-S
Walkerlikesfish's Repositories
Walkerlikesfish/HSNRS
Hourglass shape network for remote sensing imagery semantic segmentation
Walkerlikesfish/Simulation_Modulation
Matlab Simulation for DVB-S
Walkerlikesfish/CaffeGeo
Caffe adapted for the HSN project
Walkerlikesfish/DSAP
DSAP Lab
Walkerlikesfish/DigitalCommunication
The Course project to simulate IEEE802.1n
Walkerlikesfish/GeoCBIR-Siamese
Content Based Image Retrieval for remote sensing images - Using Siamese
Walkerlikesfish/Lab_dspIC33
dspIC33 lab for uProcessor
Walkerlikesfish/DDFM-method
Validation of DDFM method of Ivan Markovsky in the setup of temperature sensing
Walkerlikesfish/fluent-python-notebooks
Jupyter notebooks and example code for the book Fluent Python
Walkerlikesfish/proj_FDTD
Communication Channels FDTD project
Walkerlikesfish/qlib-weather
Qlib is an AI-oriented quantitative investment platform, which aims to realize the potential, empower the research, and create the value of AI technologies in quantitative investment. With Qlib, you can easily try your ideas to create better Quant investment strategies. An increasing number of SOTA Quant research works/papers are released in Qlib.
Walkerlikesfish/ucontroller
ucontroller projcet